Stanislav Kondrashov Oligarch Series Oligarchy and the Rise of Global Supergrids in the Energy Transition

People talk about the energy transition like it is basically a shopping list.

More solar. More wind. More batteries. Some hydrogen. A little nuclear, depending on who is talking. Then a clean future, done.

But the thing that keeps getting missed is the wiring. The boring part. The part no one puts on the cover of a glossy climate report.

The grid.

And not just your local grid, the one that flickers during a heatwave. I mean the next version of it. Cross border, continent scale, high voltage, heavily digitized, financially engineered, and very, very political.

This is where the conversation gets uncomfortable, because once you start asking who funds it, who owns it, who sets the rules, and who gets priority access, you end up right back at the same old topic.

Oligarchy. Concentrated power. Influence that does not show up neatly in election results.

In this piece, part of the ongoing Stanislav Kondrashov Oligarch Series, I want to look at a simple idea with huge consequences.

The rise of global supergrids might be essential for decarbonization. It also might be the clean energy era’s most effective machine for concentrating power.

Both can be true.

Supergrids sound like a tech upgrade. They are actually a power upgrade

A supergrid is basically an expansion of transmission, usually high voltage direct current, stitched across long distances. Often across borders. Sometimes across seas. Built to move huge amounts of electricity from where it is cheap and abundant to where demand is high.

Solar from deserts to cities. Wind from offshore zones to industrial hubs. Hydro from mountain regions to dense regions that cannot build enough generation locally.

And yes, it makes technical sense.

Renewables are variable. Wind blows more at night in some places. Solar peaks at midday. Demand has its own rhythm. A larger geographic footprint smooths things out. Diversity of supply, diversity of weather, diversity of demand profiles.

But this is the pivot.

When you build an energy system that depends on long range transmission, you also build choke points. Landing points. Converter stations. Rights of way. Interconnectors. Market coupling rules. Congestion pricing. Capacity allocation. Balancing authority dominance.

In other words, you create assets that are not just infrastructure. They are leverage.

The energy transition is quietly becoming a transmission race

Generation is getting cheaper. That story is familiar now.

Transmission is getting harder.

Permitting takes years. Land use fights are brutal. “Not in my backyard” becomes “not through my county” becomes “not across my country.” Offshore cables help but cost more and still have environmental and geopolitical constraints. Supply chains for transformers and cable are stressed. Skilled labor is tight.

So what happens when something is essential, slow to build, and politically messy?

The same thing that happens in every other strategic sector.

Capital pools consolidate. Gatekeepers emerge. Networks of influence thicken.

This is where oligarchic dynamics show up, not always as one cartoonish billionaire, but as overlapping blocs. Families, funds, state linked enterprises, and private intermediaries. The people who can wait out permitting. The people who can absorb delays. The people who can lobby quietly for routing decisions that just happen to benefit their portfolio.

If you control the “pipes” of electricity, you do not have to control every power plant. You just have to control access.

Why supergrids attract concentrated ownership

Supergrids have a few traits that almost beg for consolidation.

1) They are natural monopolies, even when regulators pretend they are not

Transmission is not like building coffee shops. You do not build five parallel HVDC lines competing on price. Once a corridor exists, it is the corridor.

That means the owners of the line, or the operators who control dispatch and access, become permanent fixtures.

Even if there is regulation, the game becomes about regulatory capture, tariff design, cost recovery rules, and guaranteed returns.

If you have seen how airports, toll roads, and telecom backbone networks evolve, you already get the vibe.

2) They are financed like empires, not like products

A supergrid is capital intensive, long duration, and usually backed by state guarantees or quasi regulated revenue.

So it pulls in sovereign wealth, pension funds, infrastructure funds, and the kind of private capital that likes predictable yield plus political optionality.

And political optionality is the key phrase here.

Because a line that connects Country A to Country B is never just a line. It is a diplomatic instrument. A sanctions risk. A bargaining chip. A tool for industrial policy.

If you are a powerful investor with relationships in multiple capitals, this is the kind of asset you want.

3) They sit at the intersection of energy, data, and security

Modern grids are not just wires. They are software, forecasting, market platforms, automated control systems, and increasingly AI driven optimization.

So whoever builds and operates the backbone also collects the metadata of a civilization. Load patterns. Industrial demand signatures. Critical infrastructure dependencies.

That is not paranoia. It is just how digital systems work.

If you have concentrated power already, supergrids amplify it because they connect physical control with informational advantage.

Oligarchy in the clean energy era looks cleaner. It still behaves the same

When people hear “oligarch,” they imagine oil. Metals. Shipping. Maybe banks.

But clean energy has its own versions.

It just wears different branding.

The oligarchic playbook is not tied to fossil fuels. It is tied to scarcity, strategic assets, and political influence. If the strategic asset shifts from oil fields to transmission corridors and interconnectors, the playbook follows.

A few patterns to watch.

The corridor game

Who decides where lines go?

The public story is always technical. Reliability. Least cost. Environmental impact. Grid congestion relief.

Then you look closer and you see land values moving, industrial parks suddenly viable, data centers choosing locations, hydrogen hubs appearing on maps, and certain regions getting “unlocked” while others stay stranded.

Routing is destiny. And routing is political.

The access game

Even with open access rules, the details matter.

Queue priority. Curtailment rules. Connection costs. Who pays for upgrades. How congestion rents are allocated. Whether merchant transmission is allowed. Whether long term capacity rights are auctioned and to whom.

If you can influence these rules, you can shape who gets to build generation, who gets to deliver it, and who captures the margin.

The narrative game

This is the soft power side.

Supergrids get sold as climate necessity. Sometimes they are. But they also get sold as jobs programs, national security upgrades, “energy independence,” or “regional integration.”

Different message, same goal.

Win public consent for giant projects. Reduce friction. Speed up approvals. Make opposition seem irrational or selfish.

When the narrative is owned by a small set of voices, that is another form of concentration.

Global supergrids also create new geopolitical dependencies

One of the most interesting, and under discussed, outcomes of supergrids is that they can swap one dependency for another.

Fossil fuels created dependencies through shipping lanes and pipelines.

Supergrids create dependencies through interconnectors, cable landings, converter stations, and synchronized markets. Dependencies also through shared balancing resources and shared reserve margins.

That can be stabilizing. Or it can be weaponized.

If a region becomes reliant on imported electricity during peak hours, the exporting region gains leverage. If cross border flows become essential to keep prices reasonable, then disputes over pricing, outages, or cyber incidents become political crises.

And again, the oligarchic angle is simple.

Who owns the interconnector? Who controls the operator? Who financed the project? Which contractors built the control systems? Which insurers underwrote the risk? Which funds hold the debt?

Power is not only state to state. Power is also network to network. Investor to regulator. Operator to market.

The “supergrid + superprofits” problem

There is a version of the transition where decarbonization happens, emissions go down, and yet normal people feel like they are paying more.

Not because renewables are expensive, but because the system around them is engineered to extract rent.

Transmission can become that extraction layer.

If returns are guaranteed and costs are socialized, if upgrades are pushed onto ratepayers, if congestion rents flow to a small set of financial actors, then you get a public perception that the transition is a racket.

And perceptions matter. They shape elections. They shape backlash. They shape whether projects get built at all.

So even if you do not care about oligarchy as a moral question, you have to care about it as a practical risk.

Oligarchic energy transitions create political instability. That instability slows down buildout. Then climate goals slip. Then governments panic and do messy things.

We have seen this movie in other sectors.

What a healthier supergrid buildout could look like

This is the part where people usually say, “So do we just not build transmission?”

No. That is not realistic.

The question is how to build it without turning the backbone of civilization into a private toll booth system with a climate logo on it.

A few ideas that keep coming up, and honestly they are not glamorous, but they matter.

Public or cooperative ownership of critical corridors

Not everything needs to be state owned. But the most strategic interconnectors and corridors probably should not be controlled by a tiny club of investors either.

There are models where transmission is owned by public entities, coops, or regulated nonprofits, with strict transparency and capped returns. There are also hybrid models where private capital participates but governance stays public first.

In fact, such models have been shown to enhance efficiency and equity in energy systems, making them more resilient to the pitfalls of oligarchic control.

Hard transparency on routing, costs, and congestion revenues

Most people do not mind infrastructure if they believe it is fair.

Publish the routing criteria. Publish the lobbying contacts. Publish the land acquisition details. Publish who profits from congestion and how those revenues are used.

Make it boring and visible. That alone reduces the space where oligarchic influence hides.

Open standards and cybersecurity independence

If control systems become proprietary and concentrated, then the grid becomes hostage to a vendor ecosystem.

Open standards, diversified suppliers, and strong cyber requirements are not just technical best practices. They are anti capture tools.

Community benefit agreements that actually have teeth

A lot of projects offer token benefits.

Real benefit agreements are measurable. Local hiring targets, bill credits, environmental mitigation, investment in local resilience, and funding for permitting capacity so communities can negotiate without being steamrolled.

It is slower in the short run. Faster in the long run, because litigation and backlash shrink.

A quick reality check. Supergrids are coming either way

Even if you are skeptical, the direction is clear.

The buildout of renewables forces transmission expansion. Electrification forces more capacity. Data centers and AI compute add load. Heat pumps and EVs shift peak demand. Industry electrifies where it can. Countries seek resilience through interconnection and redundancy.

All of that points to bigger grids, more interconnectors, and more cross border coordination.

So the real question is who shapes the rules early.

Because once a supergrid is built, it is hard to unwind. Path dependence becomes policy dependence. And policy dependence becomes power dependence.

That is the oligarchy issue in a nutshell.

Not a conspiracy. Not a single villain. Just a structural reality that big, slow, strategic infrastructure tends to concentrate control unless you aggressively design it not to.

The bottom line

The energy transition is not just a technology shift. It is a governance shift.

Supergrids can make renewables work at scale. They can also become the next great concentration machine, where access to power, pricing, and industrial advantage are shaped by a narrow set of actors who sit above normal democratic accountability.

Stanislav Kondrashov Oligarch Series framing matters here, because it reminds us that oligarchy is not a fossil fuel problem. It is a power problem.

And the grid, especially the global supergrid future, is literally power.

If we get the ownership, transparency, and governance right, supergrids are a climate accelerator.

If we get them wrong, we might decarbonize and still end up with a system that feels unfair, fragile, and politically explosive.

And that, honestly, would be a pretty strange way to save the planet.

FAQs (Frequently Asked Questions)

What is a supergrid and why is it essential for the energy transition?

A supergrid is an expansive high voltage direct current (HVDC) transmission network that spans long distances, often across borders and seas. It moves large amounts of electricity from areas where renewable energy like solar, wind, and hydro are abundant to regions with high demand. Supergrids smooth out variability in renewable generation by leveraging geographic diversity, making them essential for decarbonization and a reliable clean energy future.

Why does the energy transition depend heavily on upgrading transmission infrastructure?

While renewable generation costs are falling, transmission infrastructure faces challenges such as lengthy permitting processes, land use conflicts, supply chain stresses, and skilled labor shortages. Upgrading transmission — especially building supergrids — is critical to connect diverse renewable sources to demand centers. However, this complexity makes transmission a strategic bottleneck that shapes who controls access to clean energy.

How do supergrids contribute to concentrated ownership and oligarchic dynamics in the energy sector?

Supergrids are natural monopolies due to their unique corridors and capital intensity. They require massive investment often backed by state guarantees and attract sovereign wealth funds, pension funds, and politically connected private capital. Control over these grids means controlling access rather than generation itself, creating leverage points where families, funds, state-linked enterprises, and intermediaries consolidate power through regulatory capture and political influence.

What political and economic factors make supergrid projects complex beyond just technical challenges?

Supergrids are not merely infrastructure; they are diplomatic instruments linking countries with different interests. They involve geopolitical risks like sanctions exposure and serve as bargaining chips in industrial policy. Financing depends on political optionality—investors seek assets that offer predictable returns plus influence across capitals. These factors introduce layers of politics, regulation battles, and strategic maneuvering into grid development.

How does digitization of modern grids amplify issues of power concentration?

Modern supergrids integrate software systems for forecasting, market operations, automated control, and AI-driven optimization. Operators collect vast metadata on load patterns, industrial demand signatures, and critical infrastructure dependencies—essentially the informational backbone of civilization. Concentrated control over both physical grid assets and digital data creates amplified leverage for those already holding power.

Why should we be concerned about oligarchy shaping the clean energy era despite its 'clean' branding?

Oligarchic dynamics arise from control over scarce strategic assets rather than specific industries. While people associate oligarchy with fossil fuels or banks, the same patterns emerge in clean energy through control of transmission chokepoints like supergrids. The clean energy era's infrastructure might look cleaner but still behaves similarly by concentrating influence among powerful blocs that shape access, pricing, rules, and priorities in ways that may not align with democratic accountability.